Plastic & Material Testing

Assess mechanical properties for demanding industry standards.

What Is It?

Material testing is a comprehensive process used to evaluate the physical, mechanical, and chemical properties of raw or finished substances. The main goal is to determine if a material is suitable for its intended use, ensuring it is safe, durable, and performs reliably under specific conditions. This involves checking factors like strength, hardness, resistance to damage, and composition.

Performance Validation: Confirms the material will function correctly under operational stress and environmental conditions.
Component Uniformity: Ensures every sample or batch maintains the same consistent quality, size, and composition.
Structural Integrity: Measures the material’s ability to hold its shape and withstand forces without breaking or deforming.

Who Needs This Testing?

Every manufacturing industry that relies on specific physical components or raw ingredients requires material testing. This is crucial for both the companies that produce the base materials and those that use them to assemble final products. Reliable testing prevents costly production delays, product recalls, and structural failures in finished goods.

Automotive Industry: Tests metals and polymers for durability and safety of vehicle components under stress.
Construction Industry: Evaluates materials like steel and concrete for load-bearing capacity and long-term structural integrity.
Chemical & Cosmetic: Ensures consistency and stability of raw ingredients and final product formulations.

How Is It Done?

Material testing employs various precision machines and analytical techniques to subject samples to controlled forces and conditions. This allows technicians to measure exact failure points and structural characteristics. Specialized equipment is used to prepare samples, analyze their composition, and then test their physical limits.

Universal Testing Machine (UTM): Measures tensile (pulling), compression (crushing), and flexural (bending) strength of materials.
Particle Size Analysis: Determines the size and distribution of particles in powders or granular materials, important for quality and processing.
Crushing and Milling: Uses equipment to prepare samples by accurately grinding, pulverizing, or milling them for compositional analysis.

Overview

Featured Products

The Ultimate Rheology Lab Partner

Designed for high-volume quality control and research, this modular instrument precisely measures the melt flow rate and volume rate of thermoplastic polymers. It provides critical data on material viscosity and molecular weight, ensuring batch consistency and optimizing your entire manufacturing process.

Maximized Efficiency: Automated compaction, purging, and cleaning functions to maximize uptime and repeatability.
Safe Weight Application: Motorized weight system for enhanced operator safety and highly accurate test force deployment.
Precision Measurement: Advanced sensors offer exceptional precision in piston displacement and temperature monitoring.
Intuitive Control: A large, intuitive color touchscreen provides guided workflows and real-time results graphing.

Gentle Master of Fine Particle Analysis

Achieve precise particle size distribution results faster than ever. This unique sieving technology uses an air jet for the gentle, yet effective, dispersion and deagglomeration of fine powders. Get highly reproducible results in just 2-3 minutes.

Fast Processing: Short sieving times and quick-start functionality for high throughput.
Gentle Deagglomeration: Uses air jet technology to disperse low-density or agglomerating powders.
Optimal Reproducibility: A specialized mesh-clearing function ensures high separation efficiency.
SOP Memory: Stores up to nine testing programs for error-free, routine analysis.